Dr. Victor Herbert Hatcher MD

Recommended Articles

• The Causes of Varicose Veins

  Also referred to as varicosities, varicose veins develop when the veins expand or become engorged and overcrowded with blood. Having a red or blue-purplish appearance, varicose veins can be very painful. They are commonly seen as engorged or elevated.The condition mostly affects women; however, half...

• What Specialists Treat Varicose Veins?

  Veins that are twisted, engorged and noticeable are referred as varicose veins. They normally form in the legs, although they can also develop anywhere on the body. This condition is frequent. The signs and symptoms of varicose veins are not many. Mild, skin ulcers and blood clots can arise from...

• How Can I Improve Varicose Veins?

  Varicose veins can affect your self esteem, since they are distressing and painful. These veins can develop anywhere in the body, although the legs are commonly affected. They are usually twisted, swollen and deep purple or blue in color.When blood starts accumulating in the veins as a result of...

• Does Aneurysm Require Surgery?

  An aneurysm is the formation of a bulge when the walls of the arteries weaken. It is an artificial condition that can remain undetected for years. If it ruptures, it could lead to many complications and, at times, even death. The following are a few figures concerning the deaths caused by different...

• How is Deep Vein Thrombosis Treated?

  The formation of blood clots in one of the deep veins in the leg may not be entirely serious alone. However, if the clot breaks off and moves towards the heart and other organs, it may lead to complications. Blood clots in the leg may cause leg pain but may also not cause any symptoms at all....

• How are Varicose Veins Diagnosed?

  Blood from body organs is transported to the heart via blood vessels, or veins.  Organs use oxygen to function, and they discharge blood that has been used that contains waste products like carbon dioxide. The veins then take the blood to the heart and back to the lungs, where the carbon dioxide is...